phage display technology is an ideal approach to the study on the protein evolution.

construction and application of phage display random peptide library

噬菌体随机十肽库的构建噬菌体随机展示肽库及其应用

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recently, phage display techniques have been applied to various biological aspects.

噬菌体展示技术已被广泛地应用于生物学研究的各个方面。

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screening for tnf-α related peptides by phage display system

利用噬菌体肽库筛选TNF-α表位的相关短肽

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the application of phage display techniques in the studies of parasitic diseases

噬菌体展示技术用于寄生虫病的研究

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some other methods such as phage display also required much work preparing libraries.

其它的方法如噬菌体展示也需要制备文库的大量前期工作。

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the progress in phage display techniques is reviewed in this article.

本文回顾了噬菌体展示技术的研究进展。

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the development of phage display and application

噬菌体展示技术的应用进展

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construction of a fully synthetic human phage display antibody library

全合成人源性噬菌体抗体库的构建

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phage display technology has been applied in many biotechnological fields.

噬菌体表面呈现技术已被广泛地应用于生物技术的许多领域。

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phage display technique and application in vaccine research

噬菌体表面呈现技术及在疫苗研制中的应用

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in recent years, phage display was considered for vaccine development.

近年来，呈现噬菌体开始应用于疫苗的研究。

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phage display technology is being widely used in cancer research.

随着噬菌体呈现技术的日益广泛应用，其在肿瘤的研究中也发挥了越来越大的作用。

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results suggest that phage display technique be a new way of making antibodies.

结果提示噬菌体展示技术是制备抗体的一种有效的新途径。

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application of phage display technology in protein researches

噬菌体展示技术在蛋白质研究中的应用

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this dissertation is about using dna origami to organize matter at the nanoscale. there are several approaches that are used to organize matter at this scale. these organizational methods are mainly classified into two groups: top down and bottom up approaches.

本论文主要研究利用DNA折纸术组装纳米材料的几种方法，目前在纳米尺度上组装材料的方法有很多，这些方法主要分为两类：自上而下和自下而上。

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the dna origami technology was employed in the construction of this shape, which has proved the capability of constructing almost any complicated nanoscale shape enabled by dna origami, and provided novel bottom-up approach for constructing nanostructures.

该图形采用了基于DNA折纸术的构造原理，并进一步证明了DNA折纸术具有构造几乎任何复杂二维纳米级图形的能力，为基于自下而上方法的纳米构造技术提供了新方法。

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we have used the dna origami approach to engineer staple strands at selected sites for attachment of gold nanoparticles. the covalent attachment of thiol-modified dna oligomers was used to functionalize gold nanoparticles.

我们使用DNA折纸术的方法在特定的位置设计一些订书钉链作为金纳米粒子的连接位点，并且将修饰巯基的DNA引物通过共价键与金纳米粒子连接。

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then, a subsequential study was carried out as an application of dna origami: molecular electronic circuit constructed by dna origami combining with dna metallization.

接着，本文就DNA折纸术的一个发展方向进行了更深入的研究：和DNA金属化相结合构造分子电子器件。

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self-assembled dna computing model is combined with dna computing, tiling theory and dna nanotechnology, thus become one of the most concerned model.

自组装DNA计算模型组合了DNA计算、Tiling理论和DNA纳米技术，成为目前备受关注的模型之一。

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dna self-assembly, widely developed in the fields of dna computing and nanotechnology, is related to the development of dna computer.

近年来，DNA自组装成为DNA计算及纳米材料科学等领域研究的热点，它关系着DNA计算机的发展。

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